This review emphasizes the importance of the physics-based plasticity theory in constitutive material descriptions for more accurate simulations of deformation in the development of metal forming processes, for controlling mechanical behavior via tailoring microstructural features, and for subsequent component performance testing.
3D Printing Technique for Thermal-Related Applications
Recent research results in fabricating thermal management devices using 3D printing methods are reviewed.
Engineering Digest – Featuring Soft Robotics, Mechanical Metamaterials, and More
This month’s Advanced Engineering Materials covers and top papers.
Advanced Light-Weight Structural Materials for Aerospace and Automotive Applications
Bridging the gap from the development of the so-called TNM alloy, through computational materials design, structural characterization with sophisticated in and ex situ methods, engineering properties, manufacturing and processing technologies to all aspects of application.
Unlocking the Growth of Thin Films on Polymers
Key global research that is unlocking the secrets to coatings on polymer substrates is summarized and discussed.
Energy Harvesting Systems and Designs
State-of-the-art harvesting materials and structures are presented with a focus on characterization, fabrication, modeling and simulation, and durability and reliability.
Artificial Muscles – The Vision of Outperforming Human Muscles
A detailed analysis of existing optimization methods, and discussion on the virtues and shortcomings of each method with respect to the various transduction principles such as energy harvesting and actuation, is presented.
Recent Advances in Functional Liquid Metals
The recent academic progresses as made on the three major themes regarding preparations, characteristics and applications of liquid metal materials are reviewed.
Post-Deformation Annealing to Optimize Magnesium Alloys
A new concept to solve the ductility problem of SPD-processed magnesium alloys was examined by using a ZK60 magnesium alloy processed by high-pressure torsion to obtain an HSHD material.
Corrugation Reinforced Composites: A Method for Filling Holes in Material–Property Space
This work illustrates the importance and utility of considering the geometry and arrangement of the components of a composite material in addition to the properties of the component materials and shows how simply the design of the architecture can lead to accessing new desirable combinations of properties.